A Study on The Bang-Bang Controller Applied to Electrical Vehicle

The Bang-Bang Funnel Controller (long version)

A bang-bang controller is proposed which is able to ensure reference signal tracking with prespecified time-varying error bounds (the funnel) for nonlinear systems with relative degree one or two. For the design of the controller only the knowledge of the relative degree is needed. The controller is guaranteed to work when certain feasibility assumptions are fulfilled, which are explicitly give...

Fuzzy bang-bang relay controller for satellite attitude control system

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Bang-Bang Charging of Electrical Vehicles by Smart Grid Technology

The success of transportation electrification in this century is critically dependent on the penetration of plug-in electric vehicles (PEVs) into power grids. Massive integration of PEVs into a power grid potentially gives rise to its operating fluctuation, which is not easily controlled due to the unavailability of the PEVs’ power demand profiles prior to their random connections to the grid. ...

The Big Bang is bang on.

A Baire Category Approach to the Bang-Bang Property

Aim of this paper is to develop a new technique, based on the Baire category theorem, in order to establish the closure of reachable sets and the existence of optimal trajectories for control systems, without the usual convexity assumptions. The bangbang property is proved for a new class of “concave” multifunctions, characterized by the existence of suitable linear selections. The proofs rely ...